Top Engineering Jobs in Singapore

The PI Engineer drives process integration for HBM products during NPI, collaborating cross-functionally to ensure readiness and resolve issues while leveraging AI tools for efficiency.

The role involves setting up dry etch equipment, collaborating with process development, optimizing hardware, and leading innovation projects. It requires strong communication and project management skills.

The role focuses on process development and optimization for Plasma-CVD and Diffusion processes in NAND Flash products. Responsibilities include designing experiments, characterizing processes, collaborating with multi-functional teams, and troubleshooting issues in manufacturing.

The role focuses on product reliability, involving test development, execution, problem-solving, risk management, and cross-functional collaboration to drive innovations in high bandwidth memory technology.

The Engineering Execution Manager will lead HBM product development through all phases, manage schedules, coordinate cross-functional teams, and communicate status and project priorities.

This role involves optimizing semiconductor processes and equipment, improving production efficiency, resolving process issues, and integrating AI tools for better outcomes.

Lead and coordinate semiconductor package qualification and reliability testing for new products; develop test plans and screening methods; drive root-cause analysis and 8D corrective actions; present technical reports; and liaise with internal teams and customers on package quality and release recommendations.

The Electrical Failure Analysis Engineer will lead failure analysis, drive root cause analysis, apply data analytics, and support technology transfer in NAND technology development.

Lead and manage new construction projects, establish objectives, prepare reports, manage schedules and budgets, and maintain team communication.

Lead engineering, maintenance, commissioning, and optimization of site electrical systems (230kV to LV) for semiconductor manufacturing. Drive capacity planning, reliability improvements, FMEA, root-cause 8D investigations, SMART power deployments, and mentor engineers and technicians to ensure safe, resilient, and efficient electrical infrastructure.